Introduction of anthropogenic chemicals into soil may have lasting effects on soil microbial
activities and thus soil health. This study was conducted with chlorothalonil to evaluate its …

Abstract the degradation rate of chlorothalonil (2, 4, 5, 6-tetrachloroisophthalonitrile) was
significantly decreased after repeated application in field experiments. However, the …

The employment of pesticides for crop protection must be balanced by a total awareness of
the detrimental effects they may have on the environment. Pesticide residues in soil, and …

The contributions of bacteria and fungi to the degradation of a chloroaromatic fungicide,
chlorothalonil, in soil were evaluated quantitatively by a selective inhibition method. A …

The effect of repeated chlorothalonil applications on its persistence and soil microbial
activities were investigated in planted soil under greenhouse conditions. The results …

Accumulation of chlorothalonil successively applied to soil and its effect on microbial activity
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Bacteria that degraded chlorothalonil (TPN, 2, 4, 5, 6-tetrachloro-1, 3-isophthalonitrile) were
present in soils with no history of chlorothalonil application at population levels of 6× 10 6 to …

The degradation rate of the fungicide chlorothalonil, 2, 4, 5, 6-tetrachloroisoph-thalonitrile,
applied at 40 mg kg− 1 dry weight of soil was compared among four soils subjected to …

To gain better knowledge of the effects of residual chlorothalonil on soil characteristics and
soil microbial communities, we evaluated the dissipation of chlorothalonil and the effects of …

Purpose Chlorothalonil (CTN) has received much attention due to its broad-spectrum
antifungal function and repeated applications in agriculture production practice. An …